Features
- Includes 8 K-type thermocouple inputs to accept common K-type thermocouple sensors (sensors sold separately)
- Uses common miniature thermocouple sockets
- Daisy-chain two modules together for up to 16 temp inputs through a single plug!
- Outputs all channels via configurable CAN bus via one-plug connection (DTM-style Connection Cables sold separately in various lengths)
- Pre-configured AEMnet CAN bus for plug & play connection to CD Digital Dashes (not compatible with Infinity, Series 2 or AQ-1 at this time)
- Cold junction compensated for lab-grade accuracy (+/- 0.15% full scale)
- Measures temperatures from -200 to 1372 degC (-328 to 2501 degF)
- Temperature resolution 0.1 degC (32.18 degF)
- Integrated open circuit/fault detection
Product Details
8 Channel K-Type EGT CAN Sensor Module (30-2224) by AEM Performance Electronics®. AEM's 8-Channel K-Type Thermocouple EGT CAN Module allows racers and enthusiasts to install eight K-type thermocouple sensors onto their vehicle and transmit all 8 temp channels to a CD Carbon Digital Dash or 3rd Party programmable CAN device via a one-plug CAN bus connection. It connects out of the box to AEM’s CD Digital Dashes and it can be configured to send data to virtually any CAN-based receiving device that has programmable CAN bus capability!
The 8-Channel K-Type EGT CAN Module uses an integrated cold junction sensor to ensure lab-grade temperature readings across all eight channels. It has the ability to read better than 1% full scale, even at the extremes of the temperature range (-200 to 1372 degC/-328 to 2501 degF). The Module also includes open circuit/fault detection to notify you if a sensor loses its connection and/or needs to be replaced.
The Module utilizes flexible CAN configuration jumpers which allow it to be used with just about any 3rd party devices that have a configurable CAN bus. Selectable parameters include CAN bus speeds (250k, 500k, 1M), selectable header length (11- or 29-bit) and selectable base address, which allows two units to be daisy-chained together on the same bus.